Bariatric treatments for adult obesity - Institute of Health Economics

Curioni & Lourenco 2005 58Cholesterol (mmol/L): Adding exercise to diet did not improve cholesterol reduction.Triglycerides (mmol/L): Adding exercise to diet did not improve TG reduction.HDL (mmol/L): Adding exercise to diet did not improve HDL levels.Glucose (mmol/L): Adding exercise to diet did not improve glucose levels.High-intensity versus low-intensity E (eight trials)SBP (mmHg): Both groups reduced SBP; increased exercise intensity did not reduce SBP significantly more than did low-intensity exercise.DBP (mmHg): No consistent effects on DBP; no difference between the groups.Cholesterol (mmol/L): Insufficient data for analysis.Triglycerides (mmol/L): Decreased in both groups; increased exercise intensity did not reduce TG significantly more than did low-intensity exercise.HDL (mmol/L): Increased in both groups; increased exercise intensity increased HDL 0.1 more than did low-intensity exercise.Glucose (mmol/L): Reduced in both groups; increased intensity reduced glucose 0.3 more than did low-intensity. High-intensity E: 0.01 to 0.6versus low-intensity E: 0.3 to +0.5High-intensity versus low-intensity E with DSBP (mmHg): Same as above.DBP (mmHg): Same as above.Cholesterol (mmol/L): No consistent effects on DBP; increased exercise intensity did not reduce SBP significantly more than did low-intensityexercise.Triglycerides (mmol/L): Same as above.HDL (mmol/L): Increased in both groups; increased exercise intensity did not increase HDL more than did low-intensity exercise.Glucose (mmol/L): Reduced in both groups; increased intensity did not reduce glucose significantly more than did low-intensity.NABariatric treatments for adult obesity 144